Hot Sale High Quality Enameled Copper Wire

• Customization: Available
• Type: Bare
• Conductor Type: Solid
• Model NO.: CW2
• Conductor Material: Copper
• Sheath Material: PVC
• Insulation Material: PVC
• Material Shape: Round Wire
• Range of Application: LSOH
• Certification: ISO9001, CE, CCC, RoHS, VDE
• Brand: Taixie
• Transport Package: Fumigated Wooden Box
• Trademark: Taixie
• Origin: China
• HS Code: 7408210000

Product Description

Key Specifications/Special Features:

1. Thermal class: 130/155/180 centigrade.
 
2. Color: brown.
 
3. Performance features:  
It is easier to make coil from aluminum enameled wire than other enameled wires.
Because there is hard oxide film on its surface, the temperature of heat-resistance is 20°C higher than that copper and insulation effect is excellent, and has a long life range.
The biggest advantage is that its weight is 3 times lighter than that of copper so that the production cost can be decreased greatly. It can be soldered directly.
 
4. Main application:
It can be used to make winding wire demanding light material, high electricity conductivity and good heat dispersing performance, especially for the winding wire for transferring high frequency signal, such household appliances as degaussing coil, high frequency transformer, common transformer and small electric motor. 

Commodity	Grade	Size	Batch No	Quantity / Net Weight			Executive Standard
WELDING WIRE	ER70S-6	0.8mm - 15KG/SPOOL	16080105	504 SPOOL/ 7.56 M.TONS			AWS A5.18:2005
Chemical Composition (%)			Mechanical Properties				Others
Item	Requirement	Test Result	Items		Requirement	Test Result	Item	Requirement	Test Result
C	0.060-0.150	0.0700	Tensile Strength Rm(MPa)		≥500	534	Radiographic Inspection	GRADE II	GRADE I
Si	0.800-1.150	0.9400
Mn	1.400-1.850	1.5400	Yield Strength Rp0.2(MPa)		≥420	427
P	≤0.025	0.0120
S	≤0.025	0.0090	Elongation A(%)		≥22	28
Cr	≤0.150	0.0140
Ni	≤0.150	0.0080	V-notch Impact Test	Impact Temp (ºC)	-40	-40
Mo	≤0.150	0.0016
V	≤0.030	0.0015		Absorbed Energy (J)	≥27	80
Al	≤0.020	0.0040				80
Ti+Zr	≤0.150	0.0038
Cu	≤0.500	0.1600